Using #Speciesdistributionmodels, we projected future habitat suitability of plant species across a broader region encompassing the Lomas ecosystem, under two climate scenarios. #Drought | #Endemicspecies | #MaxEnt | #Urbanization doi.org/10.1093/jpe/...

Binary distribution maps indicating the change in potential suitable area between the current climate and the future scenario SSP3-7.0 for 10 species expected to lose >99% of their suitable habitat. Habitat change is classified into four map classes: Loss, No change - Unsuitable, No change - Suitable, and Gain. Δ indicates the change in suitable habitat between the current climate and the future scenario SSP3-7.0. Endemic species in this group are: Caesalpinia spinosa, Chuquiraga spinosa, Caiophora cirsiifolia, Quinchamalium chilense, Tillandsia latifolia and Dorobaea pimpinellifolia. The black lines delineate the convex hull of the current species distribution.
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Binary distribution maps indicating the change in potential suitable area between the current climate and the future scenario SSP3-7.0 for 10 species expected to lose >99% of their suitable habitat. Habitat change is classified into four map classes: Loss, No change - Unsuitable, No change - Suitable, and Gain. Δ indicates the change in suitable habitat between the current climate and the future scenario SSP3-7.0. Endemic species in this group are: Caesalpinia spinosa, Chuquiraga spinosa, Caiophora cirsiifolia, Quinchamalium chilense, Tillandsia latifolia and Dorobaea pimpinellifolia. The black lines delineate the convex hull of the current species distribution.

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